Maccioni L, Galanello R, Melis M A, Cao A
Hemoglobin. 1984;8(5):497-507. doi: 10.3109/03630268408991734.
In this study, we carried out alpha-globin gene mapping in 12 heterozygotes for Hb J Sardegna and in 5 double heterozygotes for this variant and beta-thalassemia. Then, we correlated the Hb pattern with the alpha and beta-globin genotype. In heterozygotes for Hb J Sardegna with a deletion of a single alpha-globin gene (alpha alpha/-alpha) the amount of the abnormal Hb was significantly (p much less than 0.001) higher than in heterozygotes for this variant with a full complement of 4 alpha-globin structural genes (27.5% versus 20.4%). Double heterozygotes for the abnormal hemoglobin and beta-thalassemia with a full complement of 4 alpha-globin structural genes tended to have lower amount of the abnormal Hb than heterozygotes for this variant who do not have beta-thalassemia.
在本研究中,我们对12名Hb J撒丁岛杂合子以及5名该变异体与β地中海贫血的双重杂合子进行了α珠蛋白基因定位。然后,我们将血红蛋白模式与α和β珠蛋白基因型进行关联。在缺失单个α珠蛋白基因(αα/-α)的Hb J撒丁岛杂合子中,异常血红蛋白的量显著(p远小于0.001)高于具有4个α珠蛋白结构基因完整互补的该变异体杂合子(27.5%对20.4%)。具有4个α珠蛋白结构基因完整互补的异常血红蛋白与β地中海贫血双重杂合子的异常血红蛋白量往往低于无β地中海贫血的该变异体杂合子。